舰船电子工程
艦船電子工程
함선전자공정
SHIP ELECTRONIC ENGINEERING
2012年
9期
111-112,125
,共3页
舰船自动化%智能模块%测试系统
艦船自動化%智能模塊%測試繫統
함선자동화%지능모괴%측시계통
ship automation%intelligent hardware%test system
舰船自动化智能模块遵循统一的顶层设计、接口定义及通信协议，由多家配套生产，满足同类模块兼容互换。文章介绍了模块应用背景、测试要求及测试系统软硬件设计等内容，实现了一个能够覆盖所有被测模块接口、功能、指标，满足不同测试要求的自动化测试系统。实际工程应用表明，该系统工作稳定、性能良好，具有较高的自动化程度。
艦船自動化智能模塊遵循統一的頂層設計、接口定義及通信協議，由多傢配套生產，滿足同類模塊兼容互換。文章介紹瞭模塊應用揹景、測試要求及測試繫統軟硬件設計等內容，實現瞭一箇能夠覆蓋所有被測模塊接口、功能、指標，滿足不同測試要求的自動化測試繫統。實際工程應用錶明，該繫統工作穩定、性能良好，具有較高的自動化程度。
함선자동화지능모괴준순통일적정층설계、접구정의급통신협의，유다가배투생산，만족동류모괴겸용호환。문장개소료모괴응용배경、측시요구급측시계통연경건설계등내용，실현료일개능구복개소유피측모괴접구、공능、지표，만족불동측시요구적자동화측시계통。실제공정응용표명，해계통공작은정、성능량호，구유교고적자동화정도。
Based on the features of intelligent hardware and to ensure the module is interchangeable, by means of analyzing the requirements a test scheme is given. This paper proposes a scheme to implement the automatic test system, every interface, performance and test requirement were covered by the system completely. The system which had the advantages of great efficiency, high automation, good reliability and high integration level is used to the practical application. The results show the design and implementation is successful.
